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Banding age ratios reveal prairie waterfowl fecundity is affected by climate, density dependence and predator–prey dynamics
Hannah M. Specht,
Todd W. Arnold
Fisheries, Wildlife, and Conservation Biology
Research output
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Contribution to journal
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Article
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peer-review
24
Scopus citations
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Dive into the research topics of 'Banding age ratios reveal prairie waterfowl fecundity is affected by climate, density dependence and predator–prey dynamics'. Together they form a unique fingerprint.
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Earth & Environmental Sciences
waterfowl
100%
density dependence
99%
fecundity
92%
prairie
85%
habitat management
16%
temporal variation
15%
harvest
11%
wetland
9%
easement
8%
ringing
8%
prey availability
8%
breeding site
7%
nest
6%
hydrological cycle
6%
breeding
6%
population dynamics
5%
grassland
5%
vulnerability
5%
attribute
4%
effect
4%
land use
4%
policy
3%
indicator
3%
summer
3%
program
3%
index
3%
basin
3%
energy
2%
modeling
2%
Agriculture & Biology
waterfowl
96%
prairies
88%
fecundity
68%
climate
63%
temporal variation
19%
habitat conservation
14%
wetlands
11%
hydrologic cycle
8%
voles
6%
space and time
6%
ducks
6%
managers
6%
land use
5%
basins
5%
demographic statistics
5%
population dynamics
5%
grasslands
5%
nests
4%
summer
4%
breeding
3%
energy
3%
synthesis
3%